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split the powers and then do individually

what do you mean by split the powers?

do u got it

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no, im lost where -3 is multiplyed by 6 and then the ^1/4 part

ok i explain in steps

that makes sense so far

Now, one looks much more easy to solve than the other, even though they are the same thing.

the power is -3/4
base is 16
now 16^-3 . 16^1/4=1/(16)^3.\[\sqrt[4]{16}\]

how does \[\sqrt[4]{16^3}\] turn into 8?

i know the answer is 1/8

\[\sqrt[4]{4096}\]

nvm

I would look at it the other way - just to avoid that huge number \[16^3\].

\[\frac{1}{\sqrt[4]{16}^3}\]

So it's like
\[\frac{1}{(\sqrt[4]{16})^3}\]

And what is \[\sqrt[4]{16}\]?

Guess :P

It's a nice number.

sorry, i was afk for a while

then 2^3 is 8

so 1/8

thanks!

Understood! Thank you! And you're welcome!

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